Improved delivery apparatus to deliver a hidden item inside a food

ABSTRACT

Delivery apparatus and assemblies are shown and described. In one embodiment, a delivery apparatus includes a base having a securement track groove and a substantially opposing receiving aperture, and a central tube removably affixed about the base. The central tube may have a raised protrusion to mate within the securement track groove, a substantially opposing lip to align within the receiving aperture, and at least one elongated rib. The result is an improved hidden display and assembly for enhancing efficient, effective delivery of a hidden item inside a food item(s) or the like.

RELATED APPLICATIONS

This application claims priority to PCT application 20/63555, filed Dec.7, 2020; which claims priority to U.S. provisional application62/944442, filed Dec. 6, 2019, all of which are incorporated herein byreference in their entireties.

FIELD

The inventions relate to an apparatus for delivering a hidden gift to arecipient inside a cake or other food item.

BACKGROUND

Marking a special occasion, such as a birthday, wedding or holiday, withfood and gift giving are age old traditions. In some cultures, specialoccasion foods and gifts have been enhanced by hiding small trinkets,candies, or more unique gift items inside a prepared food, such as cake,prior to serving so that the gift is a surprise to the recipient. Oneprior method has been to mix gift items into cake batter prior tobaking, but the gift is then exposed to high heat and moisture duringbaking. Thus, another method is to remove the cake from its pan afterbaking, and then turn the cake upside down to manually insert the giftitem into the cake from the bottom. However, the cake is at risk ofbeing damaged, so that the cake has a less appealing appearance whendisplayed for the special occasion. Another disadvantage of both of theaforementioned methods is that the gift could be damaged by a knife orother like instrument when cutting or serving portions of the food.

One example of such a special occasion food item is the King Cake, whichis popular in New Orleans, France, Belgium and other parts of the worldbetween January 6 ^(th) (Twelfth Night or the Epiphany) and Mardi Gras,the last day before Lent. A King Cake is a baked confection or pastryhaving a trinket baked inside of it, and the finder of the trinket isanointed “king” for the forthcoming year. Historically, trinkets haveroutinely been non-food items such as a plastic or ceramic or porcelaintrinkets, sometimes in the shape of a doll. But the difficulty withhiding an inedible surprise into a cake is that the finder could chokeon the item, or could damage a tooth. So to avoid that danger, bakeriesin the United States have been selling King Cakes without any trinkets,or by providing the trinket separately, outside and alongside of thecake.

In the United States, the Federal Food, Drug, and Cosmetics Actprohibits the manufacture or introduction or delivery into interstatecommerce of an adulterated food. 21 U.S.C. § 331. A food is deemed to beadulterated if it is a confectionery and has partially or completelyimbedded within it a non-nutritive object, unless the US Food and DrugAdministration (FDA) has issued a regulation recognizing that thenon-nutritive object is of practical functional value to theconfectionery product and would not render the product injurious orhazardous to health. 21 U.S.C. § 342(d)(1). Import Alert 34-02 wasissued by the FDA when it became “aware of a product called “KinderSurprise Eggs”, and similar articles containing imbedded, non-nutritiveobjects, being offered for sale in the United States. The imbeddednon-nutritive objects in these confectionary products were considered topose a public health risk as the consumer may unknowingly choke on theobject.” Import Alert 34-02. Based on the Import Alert, FDA fieldpersonnel are instructed to detain import of any such adulterated foodswithout physical examination. Id.

SUMMARY

Accordingly, the embodiments and elements herein feature a method andapparatuses for hiding a surprise non-edible gift item in a cake orother confectionery, so that the gift will be a surprise to therecipient, while at the same time making it impossible for anyone tochoke, bite down on, or otherwise ingest the gift. The food item can besold to consumers as a non-adulterated food, in compliance with the foodsafety regulations of the U.S. Food and Drug Administration.

In one embodiment of the present disclosure, an assembly to support afood item and deliver a concealed article through the food item includesa base having a securement track groove and a substantially opposingreceiving aperture; a central tube removably affixed about the base, thecentral tube having a raised protrusion to mate within the securementtrack groove, a substantially opposing lip adapted to align within thereceiving aperture; and a release mechanism to release the concealedarticle from within the central tube beyond the of food item.

In certain examples, the central tube includes at least one elongatedrib. The elongated rib may extend substantially greater than half alength of the central tube. The elongated rib may extend substantiallyto a plunger hole. The central tube may include a plurality of elongatedribs.

In particular examples, the assembly delivers the concealed article froman isolated position substantially parallel with the food item to anadjacent display position. The release mechanism may include anextension plunger to release the concealed article in an assembledposition from the central tube's lower portion and protrude through anexposed upper end. The assembly may include a container supporting theconcealed article in an engaged first position. The central tube mayinclude an exposed end with a releasable window and to conceal theconcealed article in an engaged first position. The assembly may includea board member having a securement fastener adapted to fasten at leastone food item.

In one embodiment, a plate foundation to deliver a concealed articleabout a food item includes a base having a first base fastener and asubstantially offset second base fastener; a container having a firstdiameter and adapted to support the concealed article in an engagedposition; and a central tube extending from the base, the central tubehaving a first tube fastener adapted to mate with the first basefastener, and a substantially offset second tube fastener adapted tomate with the second base fastener, and wherein the base adapted tosecure the central tube in a semi-fixed operating position, and whereinthe container traverses a length of the central tube.

In certain examples, the first base fastener comprises a securementtrack groove. The second base fastener may comprise a receivingaperture. The receiving aperture may be adjacent a lower base surface.The receiving aperture may be aligned about an elongated track. Thereceiving aperture may be aligned substantially opposing a securementtrack groove.

In particular examples, the first tube fastener comprises a raisedprotrusion. The raised protrusion may comprise a pair of inclinedsurfaces. The raised protrusion may be aligned adjacent a block. Thesecond tube fastener may comprise a lip extending beyond a surface wallof the tube. The lip may be positioned substantially opposing a raisedprotrusion. The central tube may comprise at least one elongated rib.The elongated rib may extend substantially to a plunger hole. Theelongated rib may extend substantially greater than half a length of thecentral tube. The tube may comprise a plurality of elongated ribs.

In some examples, the container delivers the concealed article from anisolated position substantially parallel with the food item to anadjacent display position. The device may comprise a release mechanismhaving an extension plunger to release the container in an assembledposition from the central tube's lower portion and protrude through anexposed upper end. The central tube may comprise a plunger hole adaptedto receive the plunger. The container may protrude through a pair ofhinged windows aligned along an exposed end of the central tube. Thedevice may comprise a variable height securement device. The device maycomprise at least one air-delivery aperture within the base.

In one embodiment, an apparatus for delivery of a concealed articlethrough an item includes a base having a securement track groove and asubstantially opposing receiving aperture; a container having a firstdiameter and adapted to support the concealed article in an engagedposition; and a central tube removably affixed about the base, thecentral tube having a raised protrusion adapted to mate within thesecurement track groove, a substantially opposing lip adapted to alignwithin the receiving aperture, and at least one elongated rib, andwherein the container traverses a length of the central tube.

In some examples, the central tube may comprise an exposed upper openend. The container may be portable about the central tube. The apparatusmay comprise a release mechanism to release the container from theapparatus. The release mechanism may comprise plunger and a rotatingshaft box. The plunger may comprise a retractable spring plunger. Thecentral tube may comprise a plunger hole to receive the plunger. Thecontainer may deliver the concealed article from an isolated positionsubstantially parallel with the item to an adjacent display position.

In another embodiment of the present disclosure, a plate foundation fordelivery of a concealed article through an item includes a base; acontainer having a first diameter and adapted to support the concealedarticle in an engaged position; a central tube extending from the baseand having a lower portion and an exposed open end with a diametergreater than the container's diameter, wherein the container traverses alength of the central tube; and a release mechanism aligned on the baseand adapted to release the container from the central tube's lowerportion and protrude through the exposed upper end, and wherein thecontainer delivers the concealed article from an isolated positionsubstantially parallel with the food item to an adjacent displayposition.

In certain examples, the apparatus includes at least one aperture withinthe base. Further, the container may comprise an engagement device, forinstance a magnet, engagement slot, or the like adapted to mate with anopposing engagement device. In some examples, the engagement device isgenerally housed within the central tube. The apparatus may include avariable height securement device, for instance a square cross-sectionO-ring.

In another embodiment of the disclosure, an apparatus for delivery of aconcealed article through an item includes a plate foundation, a boardassembly, and a release mechanism. Typically, the plate foundationincludes a central tube with an exposed upper open end, a containerportable about the central tube. The board assembly mates with the platefoundation in an assembled position and typically includes a boardmember with a top face adapted to receive the item and an interior holeadapted to receive the central tube, and an elongation housing extendingupward from the interior hole and surrounding the central tube in theassembled position. The release mechanism releases the container fromthe apparatus.

In certain examples, the release mechanism includes a retractable springplunger and a rotating shaft box. Further, a split key ring connects theretractable spring plunger about the rotating shaft box. The boardassembly may be repositionable along a height of the central tube. Theapparatus may include a foundation base. In addition, the apparatus mayinclude a securement device for multi-height positioning. The securementdevice may comprise a collar having a locking mechanism. The securementdevice may be an O-ring. Further, the board assembly may include aremovable exterior wall, for instance a baking cylinder or the like. Thecontainer may comprise an engagement device, for instance a magnet,engagement slot, or the like adapted to mate with an opposing engagementdevice.

In yet another embodiment of the disclosure, an assembly to support aplurality of food items to deliver a concealed article adjacent the fooditems includes a container supporting the concealed articles in anengaged first position; a central tube having an exposed open end andadapted to conceal the container in the engaged first position; a boardmember having a securement fastener adapted to fasten at least one fooditem; and a release mechanism adapted to release the container fromwithin the central tube beyond the plurality of food items.

In certain examples, the securement fastener is an adhesive, a hook, aJ-hook, a magnet, a linkage, a combination thereof, or the like.Further, the release mechanism may include a retractable spring plungerand a rotating shaft box.

In certain examples, the release mechanism includes a retractable springplunger and a rotating shaft box. A split key ring may connect theretractable spring plunger about the rotating shaft box. The releasemechanism may comprise an ejection mechanism for ejecting the articlefrom the central tube. The board assembly may be repositionable along aheight of the central tube. For instance, a securement device may securethe board assembly in a semi-fixed height position about the centraltube. The securement device may comprise a collar having a lockingmechanism, for example the securement device may include an O-ring. Theplate foundation may comprise a tube cover for releasably covering theopen end of the tube. The board assembly may comprise a removableexterior wall, for instance, the removable exterior wall may be a bakingcylinder or the like.

In another embodiment, a plate foundation to deliver a concealed articlethrough an adjacent food item includes a base; a central tube extendingfrom the base and having an exposed upper open end and a repositionableplatform; and a conical spring engaging the repositionable platform toprotrude the platform about the central tube in an operation deliveryposition.

In certain examples, the plate foundation includes at least one aperturewithin the base. The aperture may comprise a mechanical closure to altera diameter of the aperture to correspond to a predetermined deliveryload, speed, and/or acceleration. Further, the aperture may comprise avariable height securement device, for instance a square cross-sectionO-ring.

In another embodiment, an assembly to support a plurality of food itemsand mate with an apparatus to deliver a concealed article adjacent thefood items includes a board member having a securement fastener tofasten at least one food item, a bottom face, and an interior hole; anelongation housing extending upward from the interior hole; and aremovable cap.

In particular examples, the assembly includes a removable exteriorbaking wall. Further, the securement fastener may be an adhesive, ahook, a J-hook, a magnet, a linkage, a combination thereof, and thelike.

Various embodiments feature a food apparatus for concealing an itemtherein. The apparatus is preferably a cake plate, but can also be a“plate”, as used herein, as one or more of, as the case may be, cakepans; cake plates; cake molds; cupcake molds; cake supports; cake rests;cake stands; and cake rings.

A “food item”, as used herein, is any edible item suitable forconcealing a non-edible item according to the methods and using theapparatuses. Suitable food items include, without limitation, bakerygoods, namely, cakes, cupcakes, cookies, brownies, muffins, pies,scones, and confections. Therefore, any of the apparatus and assembliesherein may be useful for preparing a food item that conceals anon-edible item while being fully in compliance with safety regulationsof the United States Food and Drug Administration.

A “concealed item”, e.g., a “gift item”, as used herein, can be, by wayof example, an edible item or a non-edible item, such as a trinket, acandy, a gift card, or a medium contained a recorded message. By“concealed item” is meant that the presence of the item is not apparentfrom outside the finished food/apparatus assembly prior to release fromthe device by the recipient or user. Within the context, a concealedfood item, although inside the food item, is non-integral with thatfood-item, and its presence is made apparent to the user before orduring the process of first serving a portion of the food item andbefore ingestion by an eater, so that there is no danger that the itemwill cause injury to the health of the eater.

In additional embodiments, an apparatus for delivery a concealed articlefrom an item includes a plate foundation, a board assembly, and arelease mechanism. The plate foundation may include a central tube withan exposed upper open end, a base supporting the central tube, aplatform repositionable about the central tube and having an upper faceand a lower face, and a collar to secure the platform in a semi-fixedposition about the central tube. The board assembly typically mates withthe plate foundation and includes a board member with a top face toreceive the item, a bottom face aligned with the platform's upper face,and an interior hole to receive the central tube, and an elongationhousing extending upward from the interior hole and surrounding thecentral tube in an assembled position. The release mechanism typicallyreleases the concealed article from the apparatus.

In some embodiments, the release mechanism includes a retractable springplunger and a rotating shaft box. In certain examples, a linear motionconversion connects the retractable spring plunger and the rotatingshaft box. The release mechanism may include an ejection mechanism forejecting the article from the central tube. The platform may berepositionable along a height of the central tube. The collar mayinclude a locking mechanism. Further, the plate foundation may include atube cover for releasably covering the open end of the tube.

In certain examples, the board assembly may include a removable cap. Theboard assembly may be adapted to support a food item. For instance, theplatform may include a disk-shaped platform adapted to support asubstantially round food item. The board assembly may include aremovable exterior wall. In particular examples, the removable exteriorwall is a baking cylinder. The assembly may include a container forholding the concealed article and sized to fit within the central tube.

In still further embodiments, a plate foundation to support a food itemand deliver a concealed article from the food item includes a lowerbase; a central tube extending from the base and having an exposed upperopen end; and a variable height platform secured about the central tubewith a collar.

In certain examples, the base includes a securement device. The collarmay include a lower body surrounding the central tube. Further, thecollar may include an upper body aligned with the platform. Thefoundation may include a spring release mechanism.

In another embodiment, an assembly to support a food item and mate withan apparatus to deliver a concealed article from the food item includesa board member having a top face adapted to receive the item, a bottomface, and an interior hole; an elongation housing extending upward fromthe interior hole; and a removable cap.

In some embodiments of the disclosure, a tube cover for releasablycovering the second open end of the tube. Depending on which embodimentis applied, the tube cover can serve to support and be a foundation forapplying a layer of, e.g., icing or frosting to the surface of the fooditem, e.g., frosting on a cake. In some of the same or in alternativeembodiments, the tube cover can serve to conceal the hidden gift pod(a.k.a. container) from the eyes of a recipient of the food item, sothat any, concealed item, e.g., gift item, inside the container remainsa surprise to the recipient.

In another embodiment, the apparatus features a plate, e.g., a cakeplate, which is integral with the base and includes an upper surface ofthe base.

In yet another embodiment of the present disclosure, the apparatusincludes a release mechanism, the release mechanism further including aspring sized to fit within the tube and to be disposed between the baseand the container; a securing element to hold the spring in a compressedstate; and an actuator for transferring a release operative action by auser exterior to the base to the securing element in order to remove thesecuring element to release the spring. Without limitation, thisapparatus can further include a passageway extending across and belowthe container, wherein the securing element further includes a moveableelement to extend across the passageway to hold the spring in thecompressed state, and wherein the actuator further includes an outerelement extending through a surface of the base to receive the releaseoperative action by the user, and a connector extending between theouter element and the securing element to transfer the release operativeaction from the outer element to the securing element in order to removethe securing element from the passageway.

It is yet a further embodiment of the disclosure that the outer element,the securing element, and the connector are integral and include a rodextendable from the exterior of the base to across the passageway.

It is yet a further embodiment of the disclosure that the outer elementincludes a first rod extending from an exterior of the base; wherein thesecuring element includes a second rod extendable across the passageway,and wherein the connector is pivotally connected to the first rod at oneend and to the second rod at its other end.

It is yet a further embodiment of the disclosure that the actuatorfurther includes a hold actuator for transferring a hold operativeaction by the user to the securing element in order to cause thesecuring element to hold the spring in the compressed state.

It is yet still further an embodiment of the disclosure that the releasemechanism can further include a passageway across and below thecontainer; wherein the securing element further includes a moveableelement to extend across the passageway to hold the spring in thecompressed state, and wherein the actuator further includes an outerelement extending through a surface of the base to receive the holdoperative action by the user, and a connector extending between theouter element and the securing element to transfer the hold operativeaction from the outer element to the securing element in order to extendthe securing element across the passageway.

In yet another embodiment of the disclosure , the apparatus can furtherinclude a passageway extending across and below the container; whereinthe container has a compartment for holding the concealed item; whereinthe release mechanism further includes a spring sized to fit within thetube and to dispose between the base and the container; an actuatorhaving an outer element extending through a surface of the base toreceive a hold operative action by a user, a securing element positionedto extend across the passageway to hold the spring in a compressedstate, and a connector extending between the outer element and thesecuring element to transfer the hold operative action from the outerelement to the securing element in order to extend the securing elementacross the passageway.

In yet another embodiment of the disclosure, the apparatus can furtherinclude a spring sized to fit within the tube and to dispose between thebase and the container; and a securing element to maintain the spring ina compressed state when the securing element is disposed above thespring, and to release the spring when the securing element is removedfrom above the spring. In some embodiments of the apparatus the base hasa bottom spring seat for holding a bottom end of the spring, the bottomspring seat having a first hole there through; further including anupper spring seat for receiving an upper end of the spring, the springseat positioned below the container and having a second hole fordefining a passageway across the upper spring seat and for pairing withthe first hole in the bottom spring seat when the spring is compressed;wherein the securing element is sized to pass through the first hole andthe second hole, to extend across the passageway to maintain the springin the compressed state, and to release the spring when the securingelement is removed from the passageway.

In yet another embodiment, the upper spring seat further has a thirdhole to further define the passageway; wherein the bottom spring seatfurther has a fourth hole to pair with the third hole and to furtherdefine the passageway; and wherein the securing element is sized to passthrough the first hole, the second hole, the third hole, and the fourthhole.

In still yet another embodiment, the apparatus of the outer elementincludes a button affixed to the connector.

In still yet another embodiment, the apparatus of the outer elementincludes a turnable knob having a first turning direction to effectuatethe hold operative action and a second turning direction to effectuatethe release operative action.

In still yet another embodiment, the apparatus of the disclosure has arelease mechanism which includes an ejection mechanism for ejecting thecontainer from the tube.

The apparatus of the disclosure may be useful for performing a methodwhereby a concealed item is delivered as an article to a recipientinside a food item, the method including concealing the article in atube inside a food item on a stand; releasably holding the articlewithin the tube; and applying a force to the stand to simultaneouslyrelease the hold on the article and move the article through the tube toan upper surface of the food item.

The method can further include moving the article through the tube to anupper surface of the food item, whereby the concealed item is ejectedfrom the food item by the releasing mechanism.

All of the above processes are especially desirable for application in aspecial method of gifting, characterized in that the recipient of thegift experiences a high degree of surprise when discovering theconcealed item. This method of gifting includes concealing the gift in atube inside a food item on a food item stand, e.g., a cake stand;releasably holding the gift within the tube; and applying a force to thestand to simultaneously release the hold on the gift and move the giftthrough the tube to an upper surface of the food item.

Another embodiment of the disclosure is a method of preparing a fooditem containing a concealed item in a manner that is in compliance withregulations of the Food and Drug Administration, including concealing anarticle in a tube inside the food item on a stand; and releasablyholding the article within the tube, further including holding thearticle above a compressed spring arranged to release and move the giftthrough the tube to an upper surface of the food item upon applicationof a force to the stand.

The above summary was intended to summarize certain embodiments of thepresent disclosure. Embodiments will be set forth in more detail in thefigures and description of embodiments below. It will be apparent,however, that the description of embodiments is not intended to limitthe present inventions, the scope of which should be properly determinedby the appended claims.

BRIEF DESCRIPTION OF THE DRAWINGS

Embodiments of the disclosure will be better understood by a reading ofthe Description of Embodiments along with a review of the drawings, inwhich:

FIG. 1 is a perspective, exploded view of one embodiment of an apparatusfor delivering a concealed item, such as a hidden gift, to a recipientinside a cake or other food item;

FIG. 1 a is a side perspective view of one embodiment of an apparatusfor delivering a concealed item, such as a hidden gift, to a recipientinside a cake or other food item;

FIG. 2 is a side perspective view of an embodiment introduced in FIG. 1;

FIG. 2A is a side perspective view of an alternative embodiment of theapparatus introduced in FIG. 1 ;

FIG. 3 is a perspective view of an embodiment of the apparatusintroduced in FIG. 1 with a container in an engaged position;

FIG. 3A is a side perspective view of one embodiment of a base elementintroduced in FIG. 1 with elements removed for clarity;

FIG. 3B is a top view of one embodiment of the base element in FIG. 3A;

FIG. 3C is a side perspective view of isolated elements in FIG. 3A, withelements removed for clarity;

FIG. 3D is a side perspective view of isolated elements in FIG. 3A, withelements removed for clarity;

FIG. 4 is a side perspective view of an isolated container embodimentintroduced in FIG. 1 ;

FIG. 4A is a side perspective view of an isolated container alternativeembodiment introduced in FIG. 1 ;

FIG. 4B is a side perspective view of one embodiment of a tube elementintroduced in FIG. 1 with elements removed for clarity;

FIG. 4C is a top view of one embodiment of the tube in FIG. 4B;

FIG. 4D is a side perspective view of isolated elements in FIG. 4B, withelements removed for clarity;

FIG. 4E is a side perspective view of isolated elements in FIG. 4B, withelements removed for clarity;

FIG. 5 is a side perspective view of an embodiment of the apparatusintroduced in FIG. 1 with protective windows;

FIG. 6 is a side perspective view of a spring release mechanism withelements removed to illustrate internal elements according to oneembodiment of the disclosure;

FIG. 6A is a cross-section view of the spring release mechanismembodiment introduced in FIG. 6 ;

FIG. 6B is a side perspective view of an alternative release mechanismwith elements removed to illustrate internal elements according to oneembodiment of the disclosure;

FIG. 7 is a cross-section view of a release mechanism embodiment fordelivering a concealed item, with items removed for clarity;

FIG. 8 is a perspective assembly view of the apparatus of FIG. 7 ;

FIG. 9 is a cross-section view of an embodiment of a plate foundationfor mating into the apparatus introduced in FIG. 1 ;

FIG. 10 is a perspective view of an embodiment of an assembly board formating into the apparatus introduced in FIG. 1 ; and

FIG. 11 is a perspective view of an embodiment of the assembly boardintroduced in FIG. 10 with an outer baking wall.

DESCRIPTION OF EMBODIMENTS

In the following description, like reference characters designate likeor corresponding parts throughout the several views. Also in thefollowing description, it is to be understood that such terms as“forward,” “rearward,” “left,” “right,” “upwardly,” “downwardly,” andthe like are words of convenience and are not to be construed aslimiting terms. The present disclosure features a method of hiding asurprise item in a cake or other confectionery, so that the gift will bea surprise to the recipient, while at the same time making it impossiblefor one to choke, bite down on, or otherwise ingest the gift unawares.This is achieved by enclosing the surprise item within a container,a.k.a. gift pod, which is inserted into the center of the food, andconcealed by a cover or decorations or both until such time as therecipient, server, eater, or other user, reveals the presence of the podby releasing the pod at least partially, or even completely, from thefood item. The gift pod container can have opaque walls to furtherconceal the identity of the item inside. Alternatively, one or more, orall, of the outer surfaces of the gift pod container are translucent ortransparent. The gift pod can have its own bottom wall so as to beenclosed on the bottom of the container, or can be assembled whilepackaging the item into the gift pod container. The apparatuses andmechanisms herein apply to containers formed either prior to or duringassembly of the gift pod container in the device.

The food item can be sold to consumers as a non-adulterated food, incompliance with food safety regulations of the U.S. Food and DrugAdministration. The invention also features an apparatus which includesa plate for mounting the food item and having an interior hole extendingthere through, a hollow tube extending upwardly from the interior hole,the tube defining an opening through the food item and having a firstopen end at the interior hole and a second open end upward from theplate; a container for holding a concealed item and sized to fit withinthe tube; a base for holding the plate; and a release mechanism forraising the container through the second open end of the tube, therelease mechanism extending from the base to the container through thefirst open end.

Reference will now be made in detail to the present exemplaryembodiments, examples of which are illustrated in the accompanyingdrawings. Wherever possible, the same or similar reference numbers willbe used throughout the drawings to refer to the same or like parts.

FIG. 1 is a partly exploded view of one embodiment of an apparatus fordelivering a concealed item such as a hidden gift to a recipient insidea cake or other food item. As shown in FIG. 1 , the apparatus may have aplate 710 for mounting the food item. The plate 710 may be circular asshown, or it may be any suitable shape, to be selected by the designer.The plate 710 has an interior hole extending through the plate (notshown), and a hollow tube 714 extends upwardly from the interior hole.The tube 714, defining an opening through the food item (not shown), maybe cylindrical as shown in FIG. 1 , or it may be any suitable shape, tobe selected by the designer. In addition, the tube 714 may be integralwith the plate, or it may be removable from the plate to facilitate foodpreparations, assembly, cleaning, and storage.

The assembly may have a container 130 for holding a concealed item andsized to fit within the tube 714, a base 740, and a release mechanism910 for raising the container 130 up and out of the food item as shownand described in any of the examples and embodiments herein. The base740 may be cylindrical as shown in FIG. 1 , or it may be any suitableshape or connected to a larger display footprint or the like. Therelease mechanism 910 has components, described in further detail belowthat may extend, or be adjacent, from the base 740 to the container 130.

The plate foundation 700 may be supported by base 740, including any ofthe base elements, securement features, and examples shown and describedherein. The base 740 generally supports an elongated central tube 714extending from the base 740. A repositionable platform 710 issemi-affixed to the central tube 714 at any height to correspond withany dimensions, including but not limited to height, of the items shownand described herein. As illustrated in FIG. 1 , the platform 710 isspaced at a variable length 714′ on central tube to provide sufficientheight for an item, including any cake height as understood by thoseskilled in the art having the benefit of this disclosure. A collar maysecure the arrangements in any of these alignment options, including,but not limited to, a variety of height alignment options. The collarmay include a lower portion to surround the central tube 714 and anupper portion to engage the platform 710 at an alignment position 722.The platform 710 may be of any size and shape as shown and describedherein, including, but not limited to, disk-shaped to correspond with asubstantially rounded food item.

As shown in FIG. 9 , the plate foundation may include a repositionableplatform 715 to protrude along a portion, including the entire length,of the central tube to provide any of the delivery operations shown anddescribed herein. As illustrated, an aperture 711 in the base 750provides an air supply to flow between and around platform 715 andspring 156. Applicants have discovered unexpected advantages ofproviding an air supply through aperture 711 to increase speed andacceleration of platform 715 to produce any of the delivery methods andembodiments shown and described herein. For instance, the spatialarrangement of the platform 715 adjacent, i.e. within, adjacent, below,above, or similar, to the food item may benefit from increased speed andacceleration for proper and/or reliable delivery. Further, any of theaperture 711 examples herein may be controlled, including but notlimited to mechanical closures and the like, to limit the size of theaperture 711, for instance the diameter or other dimension of theaperture 711. Those skilled in the art having the benefit of thisdisclosure will recognize additional aperture and base orientations andarrangements.

FIGS. 1-3 introduce an embodiment of a plate foundation to deliver aconcealed article about a food item. As shown in FIG. 1 , the platefoundation includes a base 740 supporting a release mechanism 910 and anextending central tube 714, 714′. A container 130 may generally supportany of the concealed articles shown and described herein, for instanceinto an engaged position. A securement device 722 and foundation base710 support any of the structural elements and food items in any of theorientations and arrangements herein, i.e. including any of the variableheight positioning and the like. FIG. 2 illustrates one example of amusic box winding handle in the release mechanism 910, while FIG. 2 aintroduces a push button release. Those skilled in the art having thebenefit of this disclosure will recognize additional release mechanism910 operations and structures to provide the features herein. FIG. 4introduces one example of a container 130 with a magnet 141 to mate withan opposing magnet on the plate foundation, while FIG. 4 a introducesanother container attachment assembly having a pair of opposing railmembers 137 aligned between aperture 139 to mate with opposing receivingmembers on the plate foundation. Again, those skilled in the art havingthe benefit of this disclosure will recognize additional container 130to plate foundation attachment configurations, and the like, to provideany of the features and advantages shown and described herein. FIG. 5introduces on example of releasable windows 135, 135′ hingedglyconnected to the exposed open end of central tube 714 to limit, oreliminate, frosting and other food materials, from entering the centraltube 714 during preparation and/or operation. Other examples includealternative windows, closures, and the like to protect internalelements.

Applicants have unexpectantly discovered advantages of removablyaffixing tube and base elements shown and described herein for properseating of elements and enhanced functionality in operating positions.FIGS. 3A-3D illustrate one embodiment of a base 740 having a first basefastener adapted to mate with a corresponding first tube fastener, and asubstantially offset second base fastener adapted to mate with acorresponding second base fastener. Those skilled in the art having thebenefit of this disclosure will recognize any type of fastener and/orfastener arrangement to removably secure base and tube alignments andpositionings.

As shown in FIG. 3A, the base 740 may include a securement track groove742 to receive corresponding tube fastener features, including but notlimited to raised protrusion 716 shown in FIG. 4B, for proper seating ofthe tube 714 about base 740 and/or help prevent rotation of tube 714 inan assembled position. FIG. 4D illustrates one example of the raisedprotrusion 716 having a pair of opposing inclined surfaces 716′.

The base may include an offset, including but not limited to anopposing, second base fastener. As shown in FIG. 3D the base 740 mayinclude a receiving aperture 746 to receive corresponding tube fastenerfeatures, including but not limited to lip 715 shown in FIG. 4B, forproper seating of the tube 714 about base 740 and/or help preventrotation of tube 714 in an assembled position.

Base 740 may further include an alignment ring 744, or the like, toguide placement of any of the springs shown and described herein,including but not limited to aligning a large diameter conical springaround alignment ring 744. Further, Applicant has unexpectantlydiscovered alignment ring 744 prevents misalignment of springpositioning.

As introduced in FIGS. 4B-4 c, one embodiment of the central tube 714includes a raised protrusion 716 and an offset, including opposing, lip715 aligned along a lower portion of tube 714. The raised protrusion 716may be adjacent a blocking feature, for instance a block 719 to limittube rotation and the like. Further, the central tube 714 may include aplunger hole 718 to allow any of the plunger elements and examplesherein to protrude into the tube 714 for proper delivery. Further, thecentral tube 714 may include at least one elongated rib 717 alignedabout upper tube portions to provide an outer upper diameter that issubstantially similar to the outside lower diameter, for instance aboutsix inches, or the like, below the top of the tube. Applicant hasunexpectantly discovered the elongated rib 717 enhances connectionbetween tube 714 and the adjacently positioned foodstuff, for instance acake, regardless of the thickness of the foodstuff. Those skilled in theart having the benefit of this disclosure will recognize additional tubeand related base features and advantages, including, but not limited, toan assembly receiving a container, for instance siding into anyalignment position, without certain locking and rotation elements andorientations shown and described herein.

FIGS. 6 and 6 a introduce one embodiment of a spring release mechanism910 to deliver any container as shown and described herein. Asillustrated, the release mechanism 910 may be a music box design stylemechanism for releasing the container. Applicant has unexpectantlydiscovered traditional spring pressure from a music box mechanism exertsdamaging, excessive force, causing unreliable releasing and/or injury tointernal elements and/or frame support 124. Therefore, Applicant hasintroduced a release mechanism assembly that includes a retractablespring plunger 121 secured about the rotating shaft box mechanism 122 towithstand the pressures and challenges. The retractable spring plunger121 nose may have a chamfered edge, so that when the container 130 isretracted the platform will retract the nose of the retractable springplunger 121 after contact with the chamfered edge. Additionally, alinkage may connect the retractable spring plunger 121 about therotating shaft box mechanism 122, for instance a split key ring 123shown in FIGS. 6 and 6 a connects the retractable spring plunger 121about the rotating shaft box mechanism 122. Those skilled in the arthaving the benefit of this disclosure will recognize additional plungerand/or connection arrangements and orientations. In certain embodiments,the release mechanism includes an electronic assembly to release thecontainer 130 as shown and described herein. For instance, an electronicrelease mechanism may release the spring plunger for operation. Asillustrated in FIG. 6B, an electronic toggle linkage 912 between theelectronic assembly 914 and plunger operatively releases the containeras shown and described herein. The electronic toggle linkage 912 mayinclude a connection indent 916, for instance to mate with the ring 123,or the like. The electronic release mechanism 910 may be remotelycontrolled independent of contact with the assembly, for instance tofacilitate operation without direct contact. Further embodiments includea variety of user interfaces, including any type or remote access input,mobile device application, and similar operational connection.

A further embodiment includes any of the plate foundation 700 elementsherein in combination with a board member that supports a plurality,including two or more, food items. For instance, the board member mayinclude a securement fastener to fasten at least one food item toprovide any of the delivery and presentation operations shown anddescribed herein. The securement fastener may include an adhesive, ahook, a J-hook, a magnet, a linkage, combination thereof, and the like.Those skilled in the art having the benefit of this disclosure willrecognize additional securement fastener examples and arrangements.

Generally, the side walls of the gift pod container 130 are derived forma tube shape and the bottom of the container is formed from the uppersurface of upper spring seat 152. The top of the gift pod may be derivedfrom cover 120. In operation, a user may place the gift into thecontainer, and push the container 130 into the assembly.

In certain embodiments, the container 130 may have an inner compartmentfor holding the concealed item. For instance, the concealed item mayrest on the top surface of the upper spring seat, which has a ridgearound its outer perimeter to receive the walls of the container 130. Incertain other embodiments, the compartment may have a floor on which theconcealed item rests. Further, an actuator may have elements for holdinga spring in its compressed state and for releasing the spring andthereby releasing the container 130 from the tube. The actuator may havean outer element extending through a surface of the base to receiveoperative actions by a user. Actuator may also have a securing elementthat is extendable into and across the upper spring seat, for instancethrough a first hole, which is disposed in the wall of the bottom springseat, and a second hole, which is disposed in the wall of the upperspring seat. In certain examples, the holes form a passageway across theupper spring seat to hold the spring in a compressed state. Also, thewall of the bottom spring seat may have an internal ridge around itsinner perimeter to receive the walls of the upper spring seat.

As shown in FIGS. 10 and 11 , the board assembly may include asubstantially flat board member 732, or any other shape and arrangement,to support a food item(s). An interior hole 734 is positioned within theboard member 732 with an elongated housing 730 extending therefrom tosupport any of the arrangements and embodiments shown and describedherein. The upper portion of the elongated housing 730 may include aremovable cap 736, for instance at a detachment point 748 as later shownin FIG. 11 . In use, the board assembly 702 may allow access to theitem, for instance frosting a food item, outside of the platefoundation. The board assembly 702 may also allow convenientmanipulation, transportation, and the like of the item to the platefoundation. As additionally shown in FIG. 11 , the board assembly 702may be transformed into a baking mold having an exterior wall 706. Asshown, the exterior wall 706 is a baking cylinder, but those skilled inthe art having the benefit of this disclosure will recognize additionalshapes and designs. In use, the exterior wall 706 may be installed forbaking, and the like, and then be moved to mate with a plate orfoundation in any of the embodiments and examples shown herein.

In certain embodiments, the upper spring seat has a third hole and thebottom spring seat has a fourth hole, both of which match up with holesto further define a passageway across the upper spring seat. Theseelements may be pivotally attached to either end of a connector, whichitself is pivotally attached to base through connector pin. In certainembodiments, the outer element is a rod extending through a base hole inthe surface of the base to receive hold and release operative actions bya user. The securing element may also be a rod that is extendable intoand across the passageway. In operation of these alternativeembodiments, a user may push the container/upper spring seat assemblyinto the internal ridge to house the spring in bottom spring seat. Whileapplying downward pressure on the container/upper spring seat assembly(so as to avoid spring decompression), the user may align the holes toform the passageway, and then pull the actuator outer element throughactuator hole a selected distance from the base. In addition, certainembodiments may provide hole alignment guides on the seats to facilitatealignment. A pulling action on the actuator outer element may cause theconnector to pivotally push the actuator securing element through theholes, thus holding the container/upper spring seat assembly securelyinto the base and holding the spring compressed in the bottom springseat.

In certain embodiments, the food item may be prepared on the base inwhich the container/upper spring seat assembly is secured. In otherembodiments, the food item may be prepared separately and mounted on, oreven secured to, the base. Further, the food item optionally includesmultiple layers of food item, e.g., of a tiered cake, each such layerhaving a central food interior hole to, when aligned, accommodate thetube when assembled onto the plate. The tube cover may be applied overthe tube to releasably cover the second open end of the tube and to hidethe concealed item, and to support any icing or decorative ornament usedto decorate food item. In certain embodiments, the tube cover may stillbe visible after the cake is iced and decorated. In other embodiments,the tube cover may be iced and decorated to cover the tube cover so thatthe existence of the concealed item remains a surprise.

In certain embodiments, the food item/plate assembly may be temporarilysecured to the container/base assembly using any suitable conventionalmeans to prevent accidental slippage. In other embodiments, the fooditem/plate assembly simply rests on the container/base assembly. Inalternative embodiments, the bottom of gift pod container is an integralmolded part of the container, or can be pre-attached prior to assemblyinto the apparatus. A cover of gift pod container may be alternativelyplaced into position on top of gift pod container prior to assembly ofapparatus, or can be placed on top of food item/stand assembly in thesame manner by which a cover is applied as shown and described herein.

Other embodiments include various release mechanisms, actuators, and thelike for delivering the concealed item inside a cake or other food item.FIGS. 7 and 8 show one embodiment of a jack-in-the-box style releasemechanism 900, however those skilled in the art having the benefit ofthis disclosure will recognize additional mechanical trigger, pneumatic,and release mechanisms. As shown, the release mechanism includes anactuator assembly 910 biased upward from a compression spring body 156,for instance a tapered spring, held in a fixed position by a catch andthen releases the container 130 when unlatched about release point 920.Applicant has unexpectantly discovered the tapered spring, including aconical shape and the like, allows significantly larger sized containers130 to efficiently traverse the system as shown and described hereinthan would otherwise be functional with a traditional spring.

Particular examples of the release mechanism include a vertical member930 and a perpendicular horizontal member 932 removably caught againstthe assembly as illustrated in FIG. 7 . As shown, the spring 156 may becompressed when pushed into the assembly and expanded via a crank handleouter element, or the like, to release container 130 through thepassageway. In certain examples, the release mechanism 910 provides aslow-release, warning, including but not limited to sound, lights, etc.,before presenting the container 130. In particular examples, the releasemechanism 910 protrudes through the base 140, while other releasemechanism 910 examples protrude though the plate 110 or other supportingplatform to provide a variety of configurations to compliment the cakeor other food item arrangement. The outer element of the releasemechanism may include a variety of members, including hand cranks 910,supporting linkages, and the like.

The food item/stand assembly may be employed in a method for deliveringan article to a recipient inside a food item. The method has a stagingprocess, for instance when the article is concealed in a tube inside afood item on a stand. Next, the article is releasably held within thetube; and in an operation stage, a force is applied to the stand tosimultaneously release the hold on the article and move the articlethrough the tube to an upper surface of the food item. Depending on thecharacteristics of the release mechanism/process, including any of therelease mechanism examples and embodiments herein, the force may besufficient to eject the article from the food item.

The food item/stand assembly may also be employed in a method forgifting. The method may employ the stages of the various methods, namelyconcealing the gift in a tube inside a food item on a stand; releasablyholding the gift within the tube; and applying a force to the stand tosimultaneously release the hold on the gift and move the gift throughthe tube to an upper surface of the food item. In a stage, the food itemon its stand may be presented to a gift recipient.

The food item/stand assembly may also be employed in a method forpreparing a food item. The method may employ the stages of the method,namely concealing an article in a tube inside the food item on a stand;and releasably holding the article within the tube. In a stage,preparation(s) (such as decorating, organizing, or assembling) may beconducted on the food item on its stand. A further stage may be employedto apply a force, for example through a compressed spring, to the standto release and move the gift through the tube to an upper surface of thefood item.

One skilled in the art will appreciate that, although the embodimentsdisclosed herein are described in the context of a food serving system,the food item may be prepared on the serving system. For example, a cakebeing served on the plate of the serving system may also be decoratedthereon. In addition, although the embodiments disclosed herein aredescribed in the context of a system for serving food, the system may beused presenting other non-food-items. For example, the pate of thesystem may also be used to present small gift items or the like.

One of ordinary skill in the art will further recognize that functionsprovided by one or more components of any of the disclosed systems maybe divided into additional components, or combined or incorporated intoanother component shown in the Figures. As one of ordinary skill in theart will appreciate, one or more of units may be optional and may beomitted from implementations in certain embodiments.

Numerous characteristics and advantages have been set forth in theforegoing description, together with details of structure and function.Many of the novel features are pointed out in the appended claims. Thedisclosure, however, is illustrative only, and changes may be made indetail, especially in matters of shape, size, and arrangement of parts,within the principle of the disclosure, to the full extent indicated bythe broad general meaning of the terms in which the general claims areexpressed. It is further noted that, as used in this application, thesingular forms “a,” “an,” and “the” include plural referents unlessexpressly and unequivocally limited to one referent.

What is claimed is:
 1. A plate foundation to deliver a concealed articleabout a food item, said foundation comprising: a. a base having a firstbase fastener and a substantially offset second base fastener; b. acontainer having a first diameter and adapted to support said concealedarticle in an engaged position; and c. a central tube extending fromsaid base, said central tube having a first tube fastener adapted tomate with said first base fastener, and a substantially offset secondtube fastener adapted to mate with said second base fastener, andwherein said container traverses a length of said central tube.
 2. Thedevice of claim 1, wherein said first base fastener comprises asecurement track groove.
 3. The device of claim 1, wherein said secondbase fastener comprises a receiving aperture.
 4. The device of claim 3,wherein said receiving aperture adjacent a lower base surface.
 5. Thedevice of claim 3, wherein said receiving aperture aligned about anelongated track.
 6. The device of claim 3, wherein said receivingaperture aligned substantially opposing a securement track groove. 7.The device of claim 1, wherein said first tube fastener comprises araised protrusion.
 8. The device of claim 7, wherein said raisedprotrusion includes a pair of inclined surfaces.
 9. The device of claim7, wherein said raised protrusion aligned adjacent a block.
 10. Thedevice of claim 1, wherein said second tube fastener comprises a lipextending beyond a surface wall of said tube.
 11. The device of claim10, wherein said lip positioned substantially opposing a raisedprotrusion.
 12. The device of claim 1, wherein said central tubeincludes at least one elongated rib.
 13. The device of claim 12, whereinsaid elongated rib extends substantially to a plunger hole.
 14. Thedevice of claim 12, wherein said elongated rib extends substantiallygreater than half a length of said central tube.
 15. The device of claim1, wherein said base includes an alignment ring positioned about anupper surface.
 16. The device of claim 1, further including a variableheight securement device.
 17. The device of claim 1, including at leastone air-delivery aperture within said base.
 18. An apparatus fordelivery of a concealed article through an item, said apparatuscomprising: a. a base having a securement track groove and asubstantially opposing receiving aperture; b. a container having a firstdiameter and adapted to support said concealed article in an engagedposition; and c. a central tube removably affixed about said base, saidcentral tube having a raised protrusion adapted to mate within saidsecurement track groove, a substantially opposing lip adapted to alignwithin said receiving aperture, and at least one elongated rib, andwherein said container traverses a length of said central tube.
 19. Anassembly to support a food item and deliver a concealed article throughsaid food item, said assembly comprising: a. a base having an alignmentring, a securement track groove, and a substantially opposing receivingaperture; b. a central tube positionable about said base, said centraltube having a raised protrusion adapted to mate within said securementtrack groove, a substantially opposing lip adapted to align within saidreceiving aperture; and c. a release mechanism adapted to release saidconcealed article from within said central tube beyond said of fooditem.
 20. The assembly of claim 19, wherein said central tube includesat least one elongated rib.